Middle Ear in a sentence

(1) The middle ear is filled with air.

(2) The cavum is located in the middle ear.

(3) The stapes is located in the middle ear.

(4) The eardrum is located in the middle ear.

(5) The columella is located in the middle ear.

(6) The middle ear helps to amplify sound waves.

(7) The stapes bone is located in the middle ear.

(8) Pneumococcus can cause middle ear infections.

(9) The columellae are located in the middle ear.

(10) The malleus is a small bone in the middle ear.

Middle Ear sentence

(11) The mastoid bone helps protect the middle ear.

(12) The incus is located in the middle ear cavity.

(13) The eustachian tube is part of the middle ear.

(14) The middle ear is susceptible to fluid buildup.

(15) The malleus is located in the middle ear cavity.

(16) The phrase auris media refers to the middle ear.

(17) The columella is a bone found in the middle ear.

(18) The tympanic cavity is located in the middle ear.

(19) The middle ear is protected by the temporal bone.

(20) Lme is a medical abbreviation for Left Middle Ear.

Middle Ear make sentence

(21) The tegmen is located above the middle ear cavity.

(22) The middle ear can be affected by trauma or injury.

(23) The malleus is a vital component of the middle ear.

(24) The mastoidale bone is connected to the middle ear.

(25) The incudal bone is found in the middle ear cavity.

(26) The tegmen separates the middle ear from the brain.

(27) The cavum helps to drain fluid from the middle ear.

(28) The fenestra cochleae is located in the middle ear.

(29) Cholesteatoma can erode the bones of the middle ear.

(30) Infections in the middle ear can cause hearing loss.

Sentence of middle ear

(31) The mastoid process helps to protect the middle ear.

(32) The ossicle is a small bone found in the middle ear.

(33) The fenestra vestibuli is located in the middle ear.

(34) The incus is part of the ossicles in the middle ear.

(35) The malleus is a crucial component of the middle ear.

(36) The ossicles are small bones found in the middle ear.

(37) Streptococcus can cause infections in the middle ear.

(38) The petrosal nerve innervates the middle ear muscles.

(39) The tegmen is a protective shield for the middle ear.

(40) The mastoid air cells are connected to the middle ear.

Middle Ear meaningful sentence

(41) The ossiculum is a small bone found in the middle ear.

(42) A cholesteatoma can erode the bones of the middle ear.

(43) The incus is one of the three bones in the middle ear.

(44) The ear canal connects the outer ear to the middle ear.

(45) The middle ear connects the outer ear to the inner ear.

(46) The oval window connects the middle ear to the cochlea.

(47) The auroscope allowed the doctor to see the middle ear.

(48) The cochleariform process is located in the middle ear.

(49) The middle ear is a crucial part of the auditory system.

(50) The mastoidal air cells are connected to the middle ear.

Middle Ear sentence examples

(51) The middle ear plays a vital role in hearing and balance.

(52) The tympanum is located between the outer and middle ear.

(53) The fenestra vestibuli is part of the middle ear anatomy.

(54) The columella is often affected by middle ear infections.

(55) The middle ear contains three small bones called ossicles.

(56) The alisphenoid bone is located near the middle ear cavity.

(57) Otorrhea is commonly associated with middle ear infections.

(58) The ossicular chain is a vital component of the middle ear.

(59) The middle ear is part of the conductive pathway of hearing.

(60) The prootic region is located near the middle ear in humans.

Sentence with middle ear

(61) The preauricular incision was made to access the middle ear.

(62) Streptococcal bacteria can also cause middle ear infections.

(63) The cavum connects the middle ear to the back of the throat.

(64) The incus is one of the three small bones in the middle ear.

(65) The fenestra cochleae connects the middle ear to the cochlea.

(66) The middle ear can be affected by various medical conditions.

(67) The middle ear is lined with a thin layer of mucous membrane.

(68) The auricle is connected to the ear canal and the middle ear.

(69) Streptococcal bacteria can cause infections in the middle ear.

(70) The middle ear is highly sensitive to changes in air pressure.

Use middle ear in a sentence

(71) The middle ear is responsible for amplifying sound vibrations.

(72) Barotrauma can result in fluid accumulation in the middle ear.

(73) The outer ear is connected to the middle ear by the ear canal.

(74) The fenestra vestibuli connects the middle ear to the cochlea.

(75) Cholesteatoma can erode the bones of the middle ear over time.

(76) The auditory tube allows air to enter and exit the middle ear.

(77) The tegmen is a thin layer of bone that covers the middle ear.

(78) The eardrum acts as a barrier between the outer and middle ear.

(79) The external ear is connected to the middle ear by the eardrum.

(80) The fenestra cochleae connects the middle ear to the inner ear.

Sentence using middle ear

(81) Pseudomembranous otitis media is an infection of the middle ear.

(82) The perilymphatic duct connects the middle ear to the inner ear.

(83) The middle ear is responsible for transmitting sound vibrations.

(84) The middle ear is located between the eardrum and the inner ear.

(85) The middle ear is involved in the process of sound localization.

(86) Tympanitis can sometimes be mistaken for a middle ear infection.

(87) Pneumococci can be a cause of middle ear infections in children.

(88) The endodermal layer gives rise to the lining of the middle ear.

(89) The auditory meatus is where the ear canal meets the middle ear.

(90) Adenoid enlargement can lead to recurrent middle ear infections.

Middle Ear example sentence

(91) The incudal bone is one of the three ossicles in the middle ear.

(92) The auditory tube helps prevent fluid buildup in the middle ear.

(93) Myringoplasty can help prevent further damage to the middle ear.

(94) The tympan in the middle ear can become inflamed and cause pain.

(95) The columella is a bone that is located in the middle ear cavity.

(96) The incudal bone is located in the middle ear behind the eardrum.

(97) The round window is located in the medial wall of the middle ear.

(98) The tegmen is a protective covering that encloses the middle ear.

(99) The mastoid bone is connected to the middle ear by a small canal.

(100) The tympanic membrane separates the outer ear from the middle ear.

Sentence with word middle ear

(101) The middle ear is crucial for maintaining balance and equilibrium.

(102) The auditory canal is where the external ear meets the middle ear.

(103) The ossicles are located in the tympanic cavity of the middle ear.

(104) If you have a middle ear infection, eardrops may not be effective.

(105) The tympanic cavity is an integral part of the middle ear anatomy.

(106) Cholesteatoma can cause erosion of the ossicles in the middle ear.

(107) The lagena is connected to the middle ear through the oval window.

(108) Conductive hearing loss can occur due to damage to the middle ear.

(109) Barotrauma can lead to complications such as middle ear infections.

(110) The malleus is connected to the incus and stapes in the middle ear.

Sentence of middle ear

(111) The outer ear is connected to the middle ear through the ear canal.

(112) The stapes is supported by ligaments and muscles in the middle ear.

(113) The internal ear is connected to the middle ear by the oval window.

(114) The otorhinolaryngologist diagnosed me with a middle ear infection.

(115) The tympanic cavity is a small, air-filled space in the middle ear.

(116) The round window is connected to the middle ear by the oval window.

(117) The tegmen is a thin, bony plate that covers the middle ear cavity.

(118) The glomus tympanicum is a rare tumor that grows in the middle ear.

(119) The eardrum is connected to the three small bones in the middle ear.

(120) The auditory tube connects the middle ear to the back of the throat.

Middle Ear used in a sentence

(121) The auditory canal is a vital link between the outer and middle ear.

(122) The stapes bone is located in the tympanic cavity of the middle ear.

(123) The oval window is located between the middle ear and the inner ear.

(124) The otoscopic view provided a clear visualization of the middle ear.

(125) The ossicular chain consists of three small bones in the middle ear.

(126) The doctor used otoscopes to assess the condition of the middle ear.

(127) The columella is a bone found in the middle ear of most vertebrates.

(128) The cochleae are connected to the middle ear through the oval window.

(129) The tympanic membrane is connected to the ossicles of the middle ear.

(130) The cochleas are connected to the middle ear through the oval window.

Middle Ear sentence in English

(131) Otosclerosis is a condition that affects the bones in the middle ear.

(132) The otoscopy revealed signs of a middle ear infection in the patient.

(133) Cholesteatoma is often associated with chronic middle ear infections.

(134) Cefaclor is commonly used to treat middle ear infections in children.

(135) The otoscopic exam confirmed the presence of fluid in the middle ear.

(136) The eustachian tube connects the middle ear to the back of the throat.

(137) The outer ear helps to amplify sound before it reaches the middle ear.

(138) The fenestra vestibuli is connected to the ossicles of the middle ear.

(139) The ossicle amplifies sound waves as they pass through the middle ear.

(140) The tympan is a thin membrane that separates the outer and middle ear.

(141) The middle ear is essential for normal hearing development in children.

(142) The otoscopy allowed the doctor to visualize the middle ear structures.

(143) Penicillins are often prescribed for middle ear infections in children.

(144) The tympanic cavity is part of the middle ear, along with the ossicles.

(145) The nasopharynx is connected to the middle ear via the Eustachian tube.

(146) The mastoidale is connected to the middle ear by a series of air cells.

(147) The ninth cranial nerve carries sensory information from the middle ear.

(148) The word incus refers to one of the three small bones in the middle ear.

(149) The auroscope is an essential tool for diagnosing middle ear infections.

(150) The glomus tympanicum is a type of tumor that can affect the middle ear.

(151) The auditory tube is connected to the tympanic cavity of the middle ear.

(152) Myringoplasty can help restore the normal functioning of the middle ear.

(153) Tympanoplasty can also be used to repair damage to the middle ear bones.

(154) The fenestra cochleae is located near the stapes bone in the middle ear.

(155) The incus bone is essential for the proper functioning of the middle ear.

(156) The inner ear is connected to the middle ear through the eustachian tube.

(157) Infections in the middle ear can sometimes spread to the mastoid process.

(158) The stylomastoid foramen is important for the function of the middle ear.

(159) The mastoid bone is connected to the middle ear by a series of air cells.

(160) The doctor recommended myringotomy to relieve pressure in the middle ear.

(161) The otalgia was a result of an ear infection spreading to the middle ear.

(162) The os temporale plays a crucial role in the formation of the middle ear.

(163) The round window is connected to the middle ear by the cochlear aqueduct.

(164) The auroscope allowed the doctor to see the tiny bones in the middle ear.

(165) Conductive hearing loss can be caused by fluid buildup in the middle ear.

(166) The external ear collects sound waves, and the middle ear amplifies them.

(167) The auditory tube helps prevent the buildup of pressure in the middle ear.

(168) The otologist diagnosed a patient with a benign tumor in their middle ear.

(169) The epipharynx is connected to the middle ear through the Eustachian tube.

(170) The mastoids are important for the drainage of fluids from the middle ear.

(171) The otoscopic view revealed signs of fluid accumulation in the middle ear.

(172) The doctor used the auriscope to assess the patient's middle ear function.

(173) The sphincters in the eustachian tube regulate pressure in the middle ear.

(174) The auditory tube opens and closes to regulate pressure in the middle ear.

(175) Cholesteatoma is a noncancerous growth that can develop in the middle ear.

(176) The tegmen is responsible for maintaining the integrity of the middle ear.

(177) The quadrate-bone is also known as the incus in the middle ear of mammals.

(178) The cochleariform process is located in the medial wall of the middle ear.

(179) The auditory meatus is connected to the middle ear by the eustachian tube.

(180) The eustachian tube is responsible for draining fluid from the middle ear.

(181) Tympanitis can sometimes be accompanied by fluid buildup in the middle ear.

(182) The tympanum is protected by the ear canal and the bones of the middle ear.

(183) The nasopharynx is connected to the middle ear through the Eustachian tube.

(184) The fenestra vestibuli is located between the middle ear and the vestibule.

(185) The incudal bone is necessary for the proper functioning of the middle ear.

(186) The ossicular bones are essential for proper functioning of the middle ear.

(187) Myringoplasty can help prevent complications such as middle ear infections.

(188) Insufflation of air into the middle ear can help relieve pressure and pain.

(189) The patient's conductive hearing loss was caused by a middle ear infection.

(190) Diaphragms are important for maintaining pressure balance in the middle ear.

(191) The audiologist performed a tympanometry test to assess middle ear function.

(192) The auditory tube is essential for the proper functioning of the middle ear.

(193) The mastoid process is connected to the middle ear by a series of air cells.

(194) Tympanostomy is a safe and effective treatment option for middle ear issues.

(195) The stapes bone is involved in the amplification of sound in the middle ear.

(196) The cochleariform process is connected to the stapes bone in the middle ear.

(197) Analyze the role of the branchial arch in the development of the middle ear.

(198) The ear is made up of three parts: the outer ear, middle ear, and inner ear.

(199) The eustachian tube is important for preventing infection in the middle ear.

(200) Conductive hearing loss can be caused by a tumor or growth in the middle ear.

(201) The eustachian tube is responsible for regulating pressure in the middle ear.

(202) The middle ear is connected to the back of the throat by the Eustachian tube.

(203) The middle ear is involved in the process of sound transmission to the brain.

(204) The eustachian tube is responsible for equalizing pressure in the middle ear.

(205) The eustachian tube is important for preventing infections in the middle ear.

(206) The tympanic membrane is connected to the three small bones in the middle ear.

(207) Tympanostomy tubes are often inserted to help drain fluid from the middle ear.

(208) Pneumococcal infections can cause complications such as middle ear infections.

(209) The anesthesiologist anaesthetises the patient's ear for a middle ear surgery.

(210) The otoscope's diagnostic capabilities helped identify a middle ear infection.

(211) The levator veli palatini muscle helps to equalize pressure in the middle ear.

(212) The tegmen is a thin layer of bone that provides protection to the middle ear.

(213) The ear is divided into three parts: the outer ear, middle ear, and inner ear.

(214) The manubria of the malleus is the handle-like portion of the middle ear bone.

(215) The incudal branch of the facial nerve supplies the muscles of the middle ear.

(216) The patient's conductive hearing loss was caused by a tumor in the middle ear.

(217) Conductive hearing loss can be caused by abnormalities in the middle ear bones.

(218) The middle ear is a delicate structure that requires proper care and attention.

(219) The tympanic membrane is a barrier that protects the middle ear from infection.

(220) The audiogram indicated a conductive hearing loss due to a middle ear infection.

(221) The auditory canal is a passage that leads from the outer ear to the middle ear.

(222) The incus bone is vital for the process of sound amplification in the middle ear.

(223) The insertion of tympanostomy tubes can help equalize pressure in the middle ear.

(224) The mastoids are connected to the middle ear through a series of small air cells.

(225) The ossicles are involved in the reflexive contraction of the middle ear muscles.

(226) The mastoid process is connected to the middle ear through a series of air cells.

(227) The perilymph helps transmit sound vibrations from the middle ear to the cochlea.

(228) The tympanum is a thin membrane that separates the outer ear from the middle ear.

(229) The auditory canal is responsible for transmitting sound waves to the middle ear.

(230) The incus is connected to the malleus, which is the first bone in the middle ear.

(231) The audiometries revealed a conductive hearing loss due to a middle ear infection.

(232) Cholesteatoma can cause erosion of the ossicles, the tiny bones in the middle ear.

(233) Cholesteatoma can lead to infection and damage to the structures of the middle ear.

(234) The auditory meatus is the passage that leads from the outer ear to the middle ear.

(235) The audiometer is used to assess the hearing of patients with middle ear disorders.

(236) The audiometry results showed a conductive hearing loss in the patient's middle ear.

(237) Conduction deafness can be caused by a buildup of earwax or fluid in the middle ear.

(238) Conduction deafness can also be caused by damage to the eardrum or middle ear bones.

(239) The tympanic membrane is a barrier that protects the middle ear from foreign objects.

(240) Tympanostomy is a commonly recommended treatment for fluid buildup in the middle ear.

(241) The external auditory canal is responsible for equalizing pressure in the middle ear.

(242) Mastoiditis can be caused by a middle ear infection that spreads to the mastoid bone.

(243) Adenoidectomy is often recommended for children with recurrent middle ear infections.

(244) The tegmen is a thin, translucent layer that separates the middle ear from the brain.

(245) Dysfunction of the eustachian tube can result in fluid accumulation in the middle ear.

(246) The middle ear is responsible for equalizing pressure between the outer and inner ear.

(247) The sphincter muscle in the eustachian tube helps equalize pressure in the middle ear.

(248) The branchial arch is involved in the formation of the middle ear and eustachian tube.

(249) The eustachian tube is part of the middle ear, and it plays a crucial role in hearing.

(250) The chorda tympani is a branch of the facial nerve that passes through the middle ear.

(251) Conductive hearing loss can be caused by abnormalities in the ear canal or middle ear.

(252) The upper respiratory tract is connected to the middle ear through the Eustachian tube.

(253) The posterior naris helps in maintaining the balance of air pressure in the middle ear.

(254) The perilymphatic fluid helps transmit vibrations from the middle ear to the inner ear.

(255) The fenestra vestibuli is a crucial interface between the middle ear and the inner ear.

(256) Myringotomy is often performed to relieve pressure and fluid buildup in the middle ear.

(257) The incudal bone is located in the middle ear cavity between the malleus and the stapes.

(258) Osteogenesis imperfecta can lead to hearing loss due to abnormalities in the middle ear.

(259) The external ear can be affected by trauma, and the middle ear can be affected by tumors.

(260) The external ear can be sensitive to touch, and the middle ear can be sensitive to sound.

(261) The incus, which is also known as the anvil, is one of the three bones in the middle ear.

(262) The doctor explained that tympanostomy would help prevent fluid buildup in the middle ear.

(263) The external auditory canal is responsible for transmitting sound waves to the middle ear.

(264) The doctor recommended using auriscopes to monitor the progress of a middle ear infection.

(265) The aurist suggested the patient undergo a tympanometry test to assess middle ear function.

(266) The muscularis layer of the eustachian tube helps in equalizing pressure in the middle ear.

(267) The branchial arches are involved in the development of the middle ear and eustachian tube.

(268) The tympanic cavity is a complex structure that houses various components of the middle ear.

(269) The middle ear is an intricate system that works in harmony with the other parts of the ear.

(270) The auditory tube helps equalize pressure between the middle ear and the outside environment.

(271) The surgeon performed a successful mastoidectomy to treat the patient's middle ear infection.

(272) The tympanic membrane is a barrier that prevents foreign objects from entering the middle ear.

(273) The external auditory canal is a narrow passage that connects the outer ear to the middle ear.

(274) Otosclerosis can cause the bones in the middle ear to become fixed, resulting in hearing loss.

(275) The eustachian tube helps equalize pressure between the middle ear and the outside environment.

(276) The otology conference included workshops on surgical techniques for middle ear reconstruction.

(277) The round window is involved in the transmission of sound from the middle ear to the inner ear.

(278) The adnexal structures of the ear include the auricle, external auditory canal, and middle ear.

(279) The external ear can be cleaned with a cotton swab, but the middle ear should never be touched.

(280) The external ear can be affected by allergies, and the middle ear can be damaged by barotrauma.

(281) The auditory tube allows for the passage of air and fluid between the middle ear and the throat.

(282) The ninth cranial nerve is responsible for transmitting sensory information from the middle ear.

(283) Stapedectomy is a surgical procedure that involves removing the stapes bone from the middle ear.

(284) The incus is a critical part of the middle ear, and any damage to it can result in hearing loss.

(285) The external ear can be damaged by loud noises, and the middle ear can be affected by infections.

(286) The perilymphatic duct allows for the exchange of fluids between the middle ear and the inner ear.

(287) Cholesteatoma is a condition characterized by the abnormal growth of skin cells in the middle ear.

(288) The nasopharynx is responsible for equalizing pressure between the middle ear and the environment.

(289) The branchial arches are also involved in the development of the middle ear and the thyroid gland.

(290) The external ear is visible to the naked eye, but the middle ear is located deep within the skull.

(291) The incus is a vital component of the middle ear, which is responsible for amplifying sound waves.

(292) The eustachian tube is normally closed to prevent the entry of foreign objects into the middle ear.

(293) Tympanostomy tubes are often inserted during the procedure to help drain fluid from the middle ear.

(294) The styloid process is part of the temporal bone, which also includes the ear canal and middle ear.

(295) The incus is located between the malleus and the stapes, which is the third bone in the middle ear.

(296) The osseous labyrinth is connected to the middle ear through a small opening called the oval window.

(297) Individuals with pycnodysostosis may have hearing loss due to abnormal bone growth in the middle ear.

(298) The fenestra rotunda allows for the transmission of sound waves from the middle ear to the inner ear.

(299) The external ear is responsible for collecting sound waves and directing them towards the middle ear.

(300) The incus is a small bone in the middle ear, and it plays a crucial role in transmitting sound waves.

(301) When the eustachian tube is functioning properly, it helps to protect the middle ear from infections.

(302) Ciliated cells in the eustachian tube help to equalize pressure between the middle ear and the throat.

(303) The eustachian tube connects the middle ear to the back of the throat, and it helps regulate pressure.

(304) The external ear can be pierced for decorative purposes, but the middle ear should never be punctured.

(305) The external ear is covered in skin and cartilage, while the middle ear is lined with mucous membranes.

(306) The perilymphatic duct allows for the equalization of pressure between the middle ear and the inner ear.

(307) The ossicles are responsible for equalizing pressure between the middle ear and the outside environment.

(308) As the branchial arch develops, it contributes to the formation of the middle ear and the thyroid gland.

(309) Should the branchial arches not undergo proper fusion, it could lead to abnormalities in the middle ear.

(310) If the eustachian tube is not functioning properly, it can lead to a buildup of fluid in the middle ear.

(311) The auditory system is composed of the outer ear, middle ear, and inner ear, each with its own function.

(312) The mastoid process is connected to the eustachian tube, which helps equalize pressure in the middle ear.

(313) The external ear can be affected by skin conditions, and the middle ear can be affected by fluid buildup.

(314) Insufflation of the middle ear with air can help equalize pressure and relieve symptoms of ear congestion.

(315) The perilymphatic fluid is crucial for transmitting sound vibrations from the middle ear to the inner ear.

(316) The external ear can be examined with an otoscope, and the middle ear can be examined with a tympanometer.

(317) Otolaryngologists can offer treatment options for chronic ear infections or fluid buildup in the middle ear.

(318) Conductive hearing loss can be caused by otosclerosis, a condition that affects the bones in the middle ear.

(319) The eustachian tube is responsible for equalizing pressure between the middle ear and the outside environment.

(320) The tympanic cavity is responsible for equalizing pressure between the middle ear and the outside environment.

(321) The otic ganglion is responsible for controlling the muscles that control the movement of the middle ear bones.

(322) Otosclerosis can cause conductive hearing loss, where sound is not transmitted properly through the middle ear.

(323) The eustachian tube is normally closed to prevent the entry of bacteria and other pathogens into the middle ear.

(324) The incus is one of three tiny bones in the middle ear, and it works in conjunction with the malleus and stapes.

(325) Conduction deafness occurs when there is a problem with the transmission of sound through the outer or middle ear.

(326) Otosclerosis can sometimes be misdiagnosed as other conditions, such as Meniere's disease or middle ear infections.

(327) The symptoms of otosclerosis can vary from mild to severe, depending on the extent of bone growth in the middle ear.

(328) Although the eustachian tube is a small structure, it plays a crucial role in regulating pressure in the middle ear.

(329) The indri has a unique adaptation in its middle ear that allows it to communicate effectively through its loud calls.

(330) The external ear is shaped differently in different animals, and the middle ear has evolved to suit their specific needs.

(331) The patient's conductive hearing loss was caused by a tumor in the middle ear, which required immediate medical attention.

(332) The external ear is made up of the pinna and the ear canal, while the middle ear contains the eardrum and three tiny bones.

(333) Because the eustachian tube connects the middle ear to the back of the throat, it can be affected by allergies and infections.

(334) The branchial arches are essential for proper formation of the jaw, and they also contribute to the development of the middle ear.

(335) The external ear can be protected by wearing earplugs, and the middle ear can be protected by avoiding sudden changes in pressure.

(336) The doctor explained that bone conduction can bypass the outer and middle ear, making it a viable option for some types of hearing loss.

(337) The external ear, which includes the pinna and ear canal, is responsible for collecting sound waves and directing them towards the middle ear.

(338) The external ear is connected to the middle ear by the eardrum, which vibrates in response to sound waves and transmits them to the inner ear.

(339) The incus, which is also known as the anvil, is one of the three small bones in the middle ear, and it plays a crucial role in the process of hearing.

(340) The external ear is responsible for directing sound waves towards the eardrum, but the middle ear is responsible for transmitting them to the inner ear.

(341) The incus is connected to the malleus, which is the first of the three middle ear bones, and together they form a chain that helps to amplify sound waves.

(342) The doctor explained that bone conduction can be a viable option for individuals with conductive hearing loss caused by issues with the outer or middle ear.

(343) The audiologist explained that conductive hearing loss is often caused by blockages in the ear canal, but it can also be caused by damage to the middle ear.

(344) The eustachian tube is responsible for equalizing pressure between the middle ear and the outside environment, and this helps prevent damage to the eardrum.

(345) When the incus and the other middle ear bones are damaged or diseased, they can be replaced with artificial implants that can restore hearing to some degree.

(346) The eustachian tube is lined with tiny hairs that help to move mucus and other debris out of the middle ear, and it also helps to protect the ear from infections.

(347) The incus is shaped like an anvil, with a long handle that connects to the malleus and a flat, curved body that connects to the stapes, the third middle ear bone.

(348) When sound waves enter the ear canal, they cause the eardrum to vibrate, and these vibrations are then transmitted to the incus and the other two bones in the middle ear.

(349) When the incus and the other middle ear bones transmit sound waves to the inner ear, they cause tiny hair cells to vibrate, which then send electrical signals to the brain.

(350) Although the eustachian tube is a small structure, it plays a crucial role in equalizing pressure in the middle ear, and it connects the middle ear to the back of the throat.

(351) When you swallow, the eustachian tube opens briefly, allowing air to flow into the middle ear and equalize pressure, but if the tube is blocked, you may experience discomfort or even pain.

(352) Although the eustachian tube is designed to keep the middle ear free of fluid and bacteria, it can sometimes become blocked or infected, leading to pain, hearing loss, and other complications.

(353) When you yawn, the eustachian tube opens briefly, allowing air to flow into the middle ear and equalize pressure, but if the tube is blocked, you may feel a popping or clicking sensation in your ear.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Middle Ear. They do not represent the opinions of TranslateEN.com.